The automatic transformation of the AUTOSAR interfaces into the UML model requires no in-depth AUTOSAR specification knowledge from developers.
Explore our power add-ons for Atlassian Jira and Confluence apps.
Track relationships between your Jira issues and IBM ELM artifacts
Track relationships between your Jira issues and Polarion artifacts
Embed IBM ELM artifacts into Confluence pages
Embed Polarion ALM artifacts into Confluence pages
Powerful model review capabilities in a versioned environment
Explore our add-ons for Siemens ALM to improve team collaboration, and deliver software projects faster.
Track relationships between your Jira issues and Polarion artifacts
Embed Siemens Polarion ALM artifacts into Confluence pages
Link model elements to Polarion issues
Connect ReqIF requirements data to your modeling environment
SodiusWillert MagicDraw Publisher is the official plugin replacing NoMagic Cameo Interop.
Convert IBM Rhapsody models into MagicDraw models
Convert IBM Rational Software Architect models into MagicDraw models
Convert UNICOM System Architect models into MagicDraw models
Review Cameo MagicDraw models on a web-based platform
Powerful extensions for IBM Rhapsody that result from decades of expertise in IBM Rhapsody and a strong partnership with IBM.
Convert IBM Rhapsody models into MagicDraw models
Track relationships between Jira issues and IBM Rhapsody model elements
Embed IBM Rhapsody model elements into Confluence pages
Publish IBM Rhapsody assets for web-based review
UML Based Software Development for AUTOSAR Classic Platform
Connect ReqIF requirements data to IBM Rhapsody
Model-Based Model-To-Model Transformation in Rhapsody
Unlock the benefits of UML modeling for Software Development
Leverage the full scope of UML for Model-Based Development of Embedded Systems
Simplify UML-Based Development of certification-ready source code
SodiusWillert MagicDraw Publisher is the official plugin replacing NoMagic Cameo Interop.
Powerful extensions for IBM DOORS and DOORS Next to help increase efficiency and product quality.
Track relationships between your Jira issues and IBM DOORS Next requirements
Reference DOORS Next requirements to your Confluence pages
Connect ReqIF Compatible Requirements data to your Modeling Environment
Facilitate compliance with standards and security requirements
Publish Requirements assets for web-based review
Edit, run and debug your IBM DOORS DXL scripts from your Eclipse IDE
SodiusWillert MagicDraw Publisher is the official plugin replacing NoMagic Cameo Interop.
The best of engineering tools at your fingertips.
Tools integration is the process that enables individual tools to work seamlessly together. Here's how SodiusWillert enables engineering tools integration.
Connect Jira to your engineering tools
Connect Confluence to your engineering tools
Powerful model review capabilities in a versioned environment
Model-Based Model-To-Model Transformation in Rhapsody
Connect your engineering Apps to ReqXChanger
Convert and exchange your system's models between different modeling tools.
Convert IBM Rhapsody models into MagicDraw models
Convert IBM Rational Software Architect models into MagicDraw models
Convert UNICOM System Architect models into MagicDraw models
Model-based model-to-model transformation in Rhapsody
Foster collaboration across teams and tool boundaries. Manage code, standup meetings, and track work items. Automate document generation.
LICENSING
Leverage scalable and robust requirements management to increase efficiency and product quality. Benefit from traceability and lifecycle integration.
Connect Jira to your requirements management tools
Connect Confluence to your requirements management tools
Connect ReqIF Compatible Requirements data to your Modeling Environment
Facilitate compliance with standards and security requirements
LICENSING
Unlock the benefits of SysML/UML modeling for systems engineering and software development for embedded systems including small systems with limited resources.
Unlock the benefits of UML modeling for Software Development
Leverage the full scope of UML for Model-Based Development of Embedded Systems
Simplify UML-based development of certification-ready source code
UML-based Software Development for AUTOSAR Classic Platform
LICENSING
Testing and QA including test planning, workflow control, tracking, and metrics reporting, on-premises or in the cloud.
LICENSING
Use SodiusWillert’s condensed profile and Realtime eXecution Framework (RXF) to implement AUTOSARTM Software Components (SWCs) with their runnable entities, ports, and more.
Implement a fully AUTOSAR compliant SWC using a minimal knowledge of AUTOSAR. Allow non-AUTOSAR experts to do software engineering for AUTOSAR. The automatic transformation of the AUTOSAR interfaces into the UML model requires no in-depth AUTOSAR specification knowledge from developers.
Benefit from the usage of state charts, timeouts, asynchronous events, and flowcharts in your software development. SWC internal architecture can be described using class diagrams, composite structure diagrams, sequence diagrams, and more. Use the SodiusWillert Embedded UML Target Debugger to give you real-time debug information in your UML model.
With the RXF for AUTOSAR Classic Platform, requirements can be linked to your model and automatically generated in the source code. Tests can be traced back to requirements to prove full coverage. Documentation is automatically generated from your model and is always in sync with your latest changes.
The automatic transformation of the AUTOSAR interfaces into the UML model requires no in-depth AUTOSAR specification knowledge from developers.
Enables modeling in the AUTOSAR context based on standard UML /SysML.
Models are the basis for fulfilling and facilitating many ASPICE® requirements. They connect specification and implementation at the model level.
Compatible AUTOSAR exchanges with Vector and other RTE environments. MATLAB generated code can be integrated.
Simple documentation of the architecture at the model level. It enables automatic verification system, integration, and software module test at a model level based in TestConductor.
IBM® Engineering Rhapsody® in C has its big strength in production code generation and the use of UML for embedded systems. Its code generation is further improved by SodiusWillert, who also maintains the IBM AUTOSAR toolkit.
The automatic transformation of the AUTOSAR interfaces into the UML model requires no in-depth AUTOSAR specification knowledge from developers.
Enables modeling in the AUTOSAR context based on standard UML /SysML.
Models are the basis for fulfilling and facilitating many ASPICE® requirements. They connect specification and implementation at the model level.
Compatible AUTOSAR exchanges with Vector and other RTE environments. MATLAB generated code can be integrated.
Simple documentation of the architecture at the model level. It enables automatic verification system, integration, and software module test at a model level based in TestConductor.
IBM® Engineering Rhapsody® in C has its big strength in production code generation and the use of UML for embedded systems. Its code generation is further improved by SodiusWillert, who also maintains the IBM AUTOSAR toolkit.
Software architecture and extensive state behavior are significantly easier to maintain in UML.
Easily migrate your models between non-AUTOSAR and AUTOSAR environments.
The product has been used with Vector® vVirtualTarget®, configured with DaVinci®. The generated code has been simulated in CANoe®. The interfaces with AUTOSAR are standardized and can easily be adapted to your AUTOSAR environment. The product comes with examples that can be simulated using WindowsTM and Visual StudioTM to test your logic.
Have a question about RXF for AUTOSAR Classic Platform? Reach out to us for more information about how to Implement a fully AUTOSAR compliant SWC using a minimal knowledge of AUTOSAR.
With a unified vision, Sodius and Willert together execute on their mission to enable the thread of engineering through enterprise integration of engineering data. Both companies bring a unique yet complementary background of technology, expertise, and experience into a centralized brand to connect the engineering information that drives today’s complex and regulated products.
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